The fundamental understanding of droplet dynamics is the critical prerequisite to the prediction of natural processes and the optimization of technical systems. Many of these processes happen under extreme ambient conditions - e.g. high pressure or extreme temperatures - and can already be found in technical applications, despite the absence of fundamental knowledge. This is exactly where the new Collaborative Research Center focuses on. The goal is to gain a profound physical understanding of the essential processes. This understanding is the basis for new ways of analytical and numerical descriptions. Thereby, an improved prediction of large systems in nature or in technical applications shall be possible.
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Subarea A3(Universität Stuttgart)
Mar 16, 2021
Analysis and Numerics of sharp and diffuse interface models for droplet dynamics
Tabular Data - 1.6 MB - 13 Variables, 7197 Observations - UNF:6:Tf4NcejgqnFDxYmq0QZy8g==
Data
All variables are given in reduced units for the van der Waals potential.
Tabular Data - 7.5 MB - 39 Variables, 12000 Observations - UNF:6:iI2jHvOUC8G/M5sh118FKQ==
Data
All variables are given in SI-units.
Tabular Data - 2.9 MB - 17 Variables, 10787 Observations - UNF:6:wqebPLu2pStZLSekvc+KHA==
Data
All variables are given in reduced units for the Lennard-Jones potential.
Tabular Data - 5.3 MB - 17 Variables, 17865 Observations - UNF:6:bZBccf7r02xEdhTtgXlmlg==
Data
All variables are given in reduced units for the Lennard-Jones potential.
Markdown Text - 3.7 KB - MD5: 235fab3415f23b2896e50a0bbb0b286f
Documentation
Subarea C5(Universität Stuttgart)
Apr 8, 2021
Mechanical and electrical phenomena of droplets under the influence of high electric fields
Subarea C3(Universität Stuttgart)
Apr 8, 2021
Impact of supercooled droplets onto cold surfaces
Subarea C4(Universität Stuttgart)
Apr 8, 2021
Interaction of a single drop with a heated wall at high ambient pressures
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